OpenIPMI.shutdown_everything()
print "done"
sys.exit(0)
return
class DummyLogHandler:
def __init__(self):
pass
def log(self, level, log):
sys.stderr.write(level + ": " + log + "\n")
OpenIPMI.enable_debug_malloc()
rv = OpenIPMI.init()
if (rv != 0):
print "OpenIPMI init failed: " + str(rv)
sys.exit(1)
main_handler = Handlers("hello")
OpenIPMI.set_log_handler(main_handler)
a = OpenIPMI.open_domain2("test", [
"-noall",
] + sys.argv[1:], main_handler, main_handler)
if not a:
print "open failed"
sys.exit(1)
pass
def run(args):
global verbosity
preffile = os.path.join(os.environ['HOME'], '.openipmigui.startup')
histfile = os.path.join(os.environ['HOME'], '.openipmigui.history')
debug_msg = False
debug_rawmsg = False
debug_mem = False
do_trace = False
read_preffile = True
log_file = None
# Skip program name.
carg = 1
while (carg < len(args)):
arg = args[carg]
carg += 1
if (arg == "--dmsg"):
debug_msg = True
elif (arg == "--drawmsg"):
debug_msg = True
elif (arg == "--dmem"):
debug_mem = True
elif (arg == "--verbose"):
verbosity += 1
elif (arg == "--trace"):
do_trace = True
elif (arg == "--logstderr"):
log_file = sys.stderr
elif (arg == "--logstdout"):
log_file = sys.stdout
elif (arg == "-n"):
read_preffile = False
elif (arg == '-p'):
if (len(args) == 0):
print "No argument given for -p";
return
preffile = args[carg]
carg += 1
else:
print "Unknown argument: " + arg
return
pass
if (debug_mem):
OpenIPMI.enable_debug_malloc()
pass
top = TopHandler(preffile, log_file, histfile)
# Detect if we need a separate OpenIPMI driver thread. See the
# openipmi_driver function above for the reason.
try:
import thread
try:
top.tk.getvar("tcl_platform", "threaded")
# Tcl is threaded, no need for another thread.
need_separate_openipmi_thread = False
except:
# Python is threaded, but Tcl is not. Need to run the
# OpenIPMI event loop in another thread.
need_separate_openipmi_thread = True
pass
pass
except:
# No thread support, can't use another thread.
need_separate_openipmi_thread = False
pass
if (need_separate_openipmi_thread):
if (verbosity >= 1):
print "Creating separate OpenIPMI event driver thread"
pass
OpenIPMI.init()
thread.start_new_thread(openipmi_driver, ())
pass
else:
if (verbosity >= 1):
print "Using TCL event loop, no threads"
pass
OpenIPMI.init_tcl()
pass
if (debug_rawmsg):
OpenIPMI.enable_debug_rawmsg()
pass
if (debug_msg):
OpenIPMI.enable_debug_msg()
pass
if (do_trace):
sys.settrace(trace)
pass
if (read_preffile):
_saveprefs.restore(preffile)
gui_cmdwin._HistoryRestore(histfile)
mainhandler = top
OpenIPMI.add_domain_change_handler(_domain.DomainWatcher(mainhandler))
mainhandler.debug_mem = debug_mem
top.title('OpenIPMI GUI')
ui = gui.IPMIGUI(top, mainhandler)
mainhandler.SetUI(ui)
OpenIPMI.add_domain_change_handler(mainhandler)
OpenIPMI.set_log_handler(mainhandler)
_domain.RestoreDomains(mainhandler)
OpenIPMI.set_cmdlang_event_handler(CmdlangEventHandler(mainhandler))
top.mainloop()
mainhandler.quit()
def run(args):
global verbosity
preffile = os.path.join(os.environ['HOME'], '.openipmigui.startup')
histfile = os.path.join(os.environ['HOME'], '.openipmigui.history')
debug_msg = False
debug_rawmsg = False
debug_mem = False
do_trace = False
read_preffile = True
log_file = None
# Skip program name.
carg = 1
while (carg < len(args)):
arg = args[carg]
carg += 1
if (arg == "--dmsg"):
debug_msg = True
elif (arg == "--drawmsg"):
debug_msg = True
elif (arg == "--dmem"):
debug_mem = True
elif (arg == "--verbose"):
verbosity += 1
elif (arg == "--trace"):
do_trace = True
elif (arg == "--logstderr"):
log_file = sys.stderr
elif (arg == "--logstdout"):
log_file = sys.stdout
elif (arg == "-n"):
read_preffile = False
elif (arg == '-p'):
if (len(args) == 0):
print("No argument given for -p")
return
preffile = args[carg]
carg += 1
else:
print("Unknown argument: " + arg)
return
pass
if (debug_mem):
OpenIPMI.enable_debug_malloc()
pass
top = TopHandler(preffile, log_file, histfile)
# Detect if we need a separate OpenIPMI driver thread. See the
# openipmi_driver function above for the reason.
try:
import threading
try:
top.tk.getvar("tcl_platform", "threaded")
# Tcl is threaded, no need for another thread.
need_separate_openipmi_thread = False
except:
# Python is threaded, but Tcl is not. Need to run the
# OpenIPMI event loop in another thread.
need_separate_openipmi_thread = True
pass
pass
except:
# No thread support, can't use another thread.
need_separate_openipmi_thread = False
pass
if (need_separate_openipmi_thread):
if (verbosity >= 1):
print("Creating separate OpenIPMI event driver thread")
pass
rv = OpenIPMI.init()
if (rv != 0):
print("Unable to initialize OpenIPMI")
return
thread.start_new_thread(openipmi_driver, ())
pass
else:
if (verbosity >= 1):
print("Using TCL event loop, no threads")
pass
rv = OpenIPMI.init_tcl()
if (rv != 0):
print("Unable to initialize OpenIPMI, probably no TCL support")
return
pass
if (debug_rawmsg):
OpenIPMI.enable_debug_rawmsg()
pass
if (debug_msg):
OpenIPMI.enable_debug_msg()
pass
if (do_trace):
sys.settrace(trace)
pass
mainhandler = top
_domain._DomainRestore(mainhandler)
gui._GUIRestore(mainhandler)
if (read_preffile):
_saveprefs.restore(mainhandler, preffile)
gui_cmdwin._HistoryRestore(mainhandler, histfile)
OpenIPMI.add_domain_change_handler(_domain.DomainWatcher(mainhandler))
mainhandler.debug_mem = debug_mem
top.title('OpenIPMI GUI')
ui = gui.IPMIGUI(top, mainhandler)
mainhandler.SetUI(ui)
OpenIPMI.add_domain_change_handler(mainhandler)
OpenIPMI.set_log_handler(mainhandler)
_domain.RestoreDomains(mainhandler)
OpenIPMI.set_cmdlang_event_handler(CmdlangEventHandler(mainhandler))
top.mainloop()
mainhandler.quit()
